Versatile Helical Pile for Customized Solutions in Various Soil and Loading Conditions

Versatile Helical Pile for Customized Solutions in Various Soil and Loading Conditions

Helical piles, which are sometimes referred to as helical piers, helical anchors, and posts, are a screw-in pile used to build deep foundation systems and ground anchoring systems. A helical pile consists of a central shaft (circular or square) and a helix plate(s). The helix plates which are press-formed with a predetermined pitch to resemble a screw are welded to the shaft. They are fabricated in various sizes and configurations to meet different types of loading and logistical requirements. The size and configuration of a helical pile is based on the design load the pile will carry, the existing soil conditions, the corrosiveness of the existing soils and the service life of the structure.

Basic Info. 

Packaging & Delivery

Detailed Photos 

Ground screw system is a modern foundation system,using the drilling machine to install which makes it as the most efficient and cost-saving footing solution.It can be widely applied to different soil conditions. Ground screw can be used for many kinds of application, like solar system; timer-fram construction; advertising and traffic systems; urban garden and landscape construction; flag poles and so on. 

A helical piers is like a big screw with a shaft and bearing plates. Soil conditions and loads determine the necessary depth of the pier and diameter of the helixes, or bearing plates. Helixes are only found on the lead section of the pier, and extensions are added when needed to drive the pier deeper. Bearing capacity can be verified by the amount of torque required to drive the pier during installation. At the top of the pier is a cap to which various heads can be attached. Usually welded to the cap or somewhere along the shaft, the head may be a bracket that can be bolted to a foundation, like the ones shown here, or it could be a base for a deck post, for example. 

How to Properly Package Helical Piles for Safe Transportation

1) Materials Preparation

• Protective Wrapping: Start by wrapping the helical steel sections and shafts in corrosion-resistant materials such as plastic film or waterproof kraft paper. This shields against moisture, rust, and abrasions.
• Padding: Use foam padding or bubble wrap at critical points (e.g., threaded connections, welded joints) to avoid impact damage.
• Straps and Buckles: Prepare heavy-duty nylon straps or steel bands for securing the piles. Avoid metal-to-metal contact to prevent scratches.

2) Layered Packaging

• Individual Protection: For long-distance transport, wrap each pile separately. Bundle smaller components (e.g., helices, couplings) in labeled bags or boxes.
• Shrink-Wrap or Heat Sealing: Encase wrapped piles in shrink-wrap film or seal with heat-resistant adhesive tape to create a dust-proof barrier.
• Cushioning: Place piles in custom wooden crates or sturdy cardboard boxes lined with foam inserts. Use void fill or packing peanuts to fill empty spaces.

3) Securing and Labeling

• Stability: Strap the piles vertically or horizontally, ensuring uniform pressure. Reinforce corners with corner protectors.
• Labeling: Clearly mark the package with: Product details (size, length, quantity). Warning labels (e.g., “Top Load Limit,” “Handle with Care”). Client/project-specific tags for easy identification. 

4) Final Checks

• Moisture Control: Add desiccant packets inside sealed packages for humid climates.
• Compliance: Ensure packaging meets ISO standards for shipping and handling.
• Testing: Perform a drop test on sample packages to verify durability. 

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